Discrete mathematics takes care of objects that may take over only specific, separated market values. Discrete mathematics is the algebraic language of the computer system.
Discrete mathematics takes care of objects that may take over only specific, separated market values. Discrete mathematics is the algebraic language of the computer system.
Course Curriculum
Chapter 1: Set Theory
1.1 Basics of Set Part 1
01:33:58
1.2 Basics of Set Part 2
01:29:47
1.3 Basics of Set Part 3
33:35
1.4 Basics of Set GATE Questions
40:17
1.5 Set Relations
01:11:45
1.6 Posets, Hasse Diagram, and Lattices Part 1
01:36:20
1.6.1 Posets, Hasse Diagram, and Lattices Part 2
00:00
1.6.2 Posets, Hasse Diagram, and Lattices Part 3
51:28
1.7 Function Part 1
41:16
1.8 Function Part 2
01:17:37
1.9 Function GATE Questions
01:21:39
Chapter 2: Graph Theory
2.1 Basics of Graph
19:25
2.2 Types of Graph – 1
01:18:38
2.3 Types of Graph – 2
01:28:40
2.4 Types of Graph – 3
34:02
2.5 Types of Graph GATE Questions – 1
01:04:46
2.6 Types of Graph GATE Questions – 2
46:20
2.7 Advanced Graph
38:10
2.8 GATE Questions
01:00:18
Chapter 3: Group Theory
3.1 Basics of Algebraic Theory & Group Properties
43:01
3.2 GATE Questions
54:08
3.3 Types of Group, Subgroup & Other Algebraic Structures
44:05
3.4 GATE Questions
21:51
Chapter 4: Predicate & First Order Logic
4.1 Proposition Basic Concepts
52:59
4.2 GATE Questions & First Order Logic
01:10:35
Chapter 5: Boolean Algebra
5.1 Boolean Logic Laws and Basic Concepts & GATE Questions
00:00
Chapter 6: Combinatorics
6.1 Basics of Combinatorics
46:40
6.2 GATE Questions Combinatorics
21:18
6.3 Combinatorics Part 2 and GATE Questions
33:26
E-Book – Discrete Mathematics and Graph Theory
E-Book
Practice Set – Discrete Mathematics and Graph Theory